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Carleton University Laboratory Report

Course #: PHYS 1007

Experiment #: 3

Spring Constant Camilla Bortolin 101045922

Date Performed: Tuesday, October 8, 2019 Date Submitted: Tuesday, October 29, 2019 Lab Period: TUES PM Partner: Julia Leclair Station #: 16 TA: Bindiya

Purpose Theory There were two methods used in this lab, Static and Dynamic. Static Method ( k s ) All solid objects have the ability to regain its original form after deformation due to elasticity force. However, after a certain point, called the elastic limit, the object will remain permanently deformed. If deformation is kept within this elastic limit, then the spring’s extension is proportional to the applied force. This is Hooke’s Law, and be expressed as:  F =k x Where F is the applied force in Newtons (N), x is the spring’s extension in meters and k is the spring constant in N/m. The force applied to the spring is (need to continue) Dynamic Method ( k d )

Apparatus Observations/Graphs Calculations Results Raw Data

F g=Mg...